Lenz free generator

[tinman]

Hi Brad, when you cut through the laminates won't that ruin their function? Since they are insulated from each other.
Just asking. artv

Hi Shylo

No,as the magnetic field travels around the laminated loops of the core--not cut across it.

If you look at any MOT,you will see that all the laminates are electrically connected,as they are all seem welded together.

Brad

[EMJunkie]

Well,turns out i did have two identical shaded pole motors for the experiment.
All i have to do now,is cut through each core,through the middle of the bearing carrier holes.and tig them together. We then have something similar to the one you pictured--but at a budget cost.


Brad

Ok, sorry, I should have been more specific. The Magnet and Central Stator Area is made from a Magnetic Base Dial Indicator. There is an Air Gap needed shown as the White/Sivler discolouration in the below Images. This is an Alloy Cast, either side of that is solid Magnetic Steel.

Your cuts need to be back some, so as to remove the Round, and just so the ends are just pushed to the ends. See the Red in the Image below. Marked in Red is the Magnetic Base Dial Indicator.

My Magnetic Base Dial Indicator teardown:

   Chris Sykes
       hyiq.org

[EMJunkie]

Yes,yes--i know exactly how they work.

I was thinking more along the lines of a generator.
In this case,we basically have a bucking field toroid generator.

Now,suppose when we draw a load from each coil,we use a switched connection from the coil to the load--like a mosfet switch on each. We then have a circuit that enables us to close each mosfet independent from each other,and at what ever frequency we decide on.
What would we produce if say the switching frequency of one coil was 100Hz,and the other was say 130Hz. What happens when we have two magnetic circuits,in the same toroid core,being loaded at different frequencies,when the inducing field has a fixed frequency ?.

So,we will chop one AC wave produced by one coil at 100Hz,and we will chop the other AC wave produced by the other coil at 130Hz-and we get what?.

Core done.


Brad

Brad, see where youre going. Nice!!!

Youre too fast for me! By the time it took me to get my old MBDI out, and do a tear down you got it all happening!

   Chris Sykes
       hyiq.org

[tinman]

Ok, sorry, I should have been more specific. The Magnet and Central Stator Area is made from a Magnetic Base Dial Indicator. There is an Air Gap needed shown as the White/Sivler discolouration in the below Images. This is an Alloy Cast, either side of that is solid Magnetic Steel.

Your cuts need to be back some, so as to remove the Round, and just so the ends are just pushed to the ends. See the Red in the Image below. Marked in Red is the Magnetic Base Dial Indicator.

My Magnetic Base Dial Indicator teardown:

   Chris Sykes
       hyiq.org

Much the same thing.
I can cut out the areas within the red boxes,other than that,if we have a diametricall magnetized magnet rotating inside the core,we have our dial gauge magnetic base. If you remove the two coils,the core either side of the coils will act just as the dial gauge magnetic base dose.
There is no need for the alloy cast,as that would only add drag ,due to the production of eddy currents.

Brad

[tinman]

Oh look-another winner lol.

https://www.youtube.com/watch?v=0ZrcleswIbM&feature=youtu.be


Brad